Power over Ethernet (PoE) Administration and Troubleshooting

The advent of 5G has opened a tremendous opportunity for enterprises to accelerate their digitization journey with IIoT to not only address transformation needs across their value chain, but also to drive innovation in their products & services. But such an organization-wide digitalization will lead to the generation of huge amounts of data that will need to be processed in real-time and then drive actionable insights. The existing Big Data processing technology uses cloud infrastructure to support the required storage and with 5G, the challenges related to latency will be minimized greatly. With most organizations realizing the business benefits of a 5G-based digital transformation and cloud adoption, we are at the cusp of a major cloud transformation. However, the complexities of cloud transformation can be challenging, and enterprises have to start looking for an E2E offering along with suitable partners, addressing needs both from a technology solution perspective as well as integration capabilities.Through this panel discussion we expect to bring together the combined experiences of various industry leaders in driving cloud transformation across their own and customer organizations. This webinar will also aim to explore some of the following topics of discussion.

Enterprise network infrastructure and operation needs to keep pace with business shifts and demand. An agile business needs an agile network operated to become a foundation for innovation. That means removing complexity, simplifying operations and embracing automation to provide a dynamic and responsive software-defined infrastructure.

We invite you to watch Maravedis and Siklu in a joint interactive webinar session to review the latest industry trends and practices in the 5G Fixed Wireless Access. You’ll learn about the difference between different 5G bands, understand the use cases and deep dive into the business case numbers and learn how to perform sensitivity analysis.

With 5G, more data than ever before—exponentially more—will need to move at faster rates, more reliably and with extremely low latency than previously imagined. With such high expectations, there’s big pressure on the transport network to get 5G transformation done right. So how does that all break down for fronthaul, midhaul and backhaul networks and what are the fundamental technologies required for emerging 5G services?